生物纳米电子学

作者: Daniela 著 , Mircea Dragoman 著

出版社: 科学出版社

出版时间: 2014-09

版次: 1

ISBN: 9787030414274

定价: 138.00

装帧: 精装

开本: 32开

纸张: 胶版纸

页数: 268页

正文语种: 简体中文

丛书: 纳米科学与技术

分类: 工程技术

4人买过

生物纳米电子学主要阐述纳米电子学在生物及医学领域的应用。介绍纳米器件在生物结构、分子马达、分子泵、分子纳米制动器及电子生物器件中的应用，包括DNA的检测及测序，各种疾病的早期检查和纳米医学等内容。此外，《生物纳米电子学》还介绍了生物模拟和生物激发的电子学，扫描探针技术在生物样品检测方面的应用，还阐述了将生物分子作为纳米器件以及潜在的计算元件的构筑单元。 Contents

1FundamentalsonBionanotechnologies 1

1.1TransportPhenomenaattheNanoscale 1

1.2NanotechnologiesforBionanoelectronicDevices 18

1.2.1DepositionTechniquesforBionanoelectronicDevices 18

1.2.2Nanolithography 20

1.2.3Nanomaterials 27
1.3ConductionPropertiesofBiologicalMaterials 35
1.4Micro.uidicsandNano.uidics 46
References 54

2SensingofBiomolecules 57

2.1NanotransistorsBasedonNanotubes,Nanowires,andGrapheneforBiosensing 57
2.2DNADetectionandSequencingUsingNanopores 73
2.3MEMS/NEMSBiodetection 80
2.4PlasmonicsBiodetection 87
2.5NanoelectronicNosesandVariousDiseaseDetection 98
References 102

3ImagingandManipulationofBiomolecules 107
3.1BioapplicationsofAtomicForceMicroscopy 107
3.2BioapplicationsofScanningTunnelingMicroscopy 114
3.3ManipulationofBiologicalMaterials 117
References 123

4Nanomedicine 127

4.1DrugDeliveryandHealingBasedonNanomaterials 127

4.2Biochips—DNAArraysandOtherChipsforDiagnosis 144

4.3Arti.cialTissuesandOrgans 146
References 148

5BiomolecularArchitectureforNanotechnology 151
5.1DNA-BasedMolecularArchitectures 152
5.2Self-AssembledDNANanowires 155
5.3Two-andThree-DimensionalBioarchitecturesasScaffolds 159
5.4NonperiodicBiologicalScaffoldsforInorganicStructures 165
5.5InorganicScaffoldsforBiomolecules 169
References 170

6BiomolecularMachines 173
6.1BiologicalActuatorsandSwitches 174
6.2BiologicalWalkers 180
6.3BiologicalMotors 183
References 187

7BiomolecularComputing 189
7.1PrinciplesofBiomolecularComputing 189
7.2BooleanBiomolecularComputing 192
7.3Self-AssemblyBiomolecularComputing 198
7.4BiomolecularLogicalDeductions 200
7.5BiomolecularMemoryDevices 201
7.6LogicalDrugDeliveryandInVivoComputation 203
References 205

8BioinspiredDevices 207
8.1BioinspiredMaterials 208
8.2BioinspiredDevices 215
8.3BioinspiredTechnologicalProcesses 222
8.4DevicesMimickingBiologicalOrgans/Functionalities 224
References 229

9Nano-BioIntegration 233

9.1Nano-bioMaterialsforElectronicsandOptoelectronics 233

9.2Nano-bioMechanicalDevices 236

9.3NanobioelectronicsandOptoelectronics 239
References 246

Index 249
AbouttheAuthors 253
内容简介:
生物纳米电子学主要阐述纳米电子学在生物及医学领域的应用。介绍纳米器件在生物结构、分子马达、分子泵、分子纳米制动器及电子生物器件中的应用，包括DNA的检测及测序，各种疾病的早期检查和纳米医学等内容。此外，《生物纳米电子学》还介绍了生物模拟和生物激发的电子学，扫描探针技术在生物样品检测方面的应用，还阐述了将生物分子作为纳米器件以及潜在的计算元件的构筑单元。
作者简介:
目录:
Contents

1FundamentalsonBionanotechnologies 1

1.1TransportPhenomenaattheNanoscale 1

1.2NanotechnologiesforBionanoelectronicDevices 18

1.2.1DepositionTechniquesforBionanoelectronicDevices 18

1.2.2Nanolithography 20

1.2.3Nanomaterials 27
1.3ConductionPropertiesofBiologicalMaterials 35
1.4Micro.uidicsandNano.uidics 46
References 54

2SensingofBiomolecules 57

2.1NanotransistorsBasedonNanotubes,Nanowires,andGrapheneforBiosensing 57
2.2DNADetectionandSequencingUsingNanopores 73
2.3MEMS/NEMSBiodetection 80
2.4PlasmonicsBiodetection 87
2.5NanoelectronicNosesandVariousDiseaseDetection 98
References 102

3ImagingandManipulationofBiomolecules 107
3.1BioapplicationsofAtomicForceMicroscopy 107
3.2BioapplicationsofScanningTunnelingMicroscopy 114
3.3ManipulationofBiologicalMaterials 117
References 123

4Nanomedicine 127

4.1DrugDeliveryandHealingBasedonNanomaterials 127

4.2Biochips—DNAArraysandOtherChipsforDiagnosis 144

4.3Arti.cialTissuesandOrgans 146
References 148

5BiomolecularArchitectureforNanotechnology 151
5.1DNA-BasedMolecularArchitectures 152
5.2Self-AssembledDNANanowires 155
5.3Two-andThree-DimensionalBioarchitecturesasScaffolds 159
5.4NonperiodicBiologicalScaffoldsforInorganicStructures 165
5.5InorganicScaffoldsforBiomolecules 169
References 170

6BiomolecularMachines 173
6.1BiologicalActuatorsandSwitches 174
6.2BiologicalWalkers 180
6.3BiologicalMotors 183
References 187

7BiomolecularComputing 189
7.1PrinciplesofBiomolecularComputing 189
7.2BooleanBiomolecularComputing 192
7.3Self-AssemblyBiomolecularComputing 198
7.4BiomolecularLogicalDeductions 200
7.5BiomolecularMemoryDevices 201
7.6LogicalDrugDeliveryandInVivoComputation 203
References 205

8BioinspiredDevices 207
8.1BioinspiredMaterials 208
8.2BioinspiredDevices 215
8.3BioinspiredTechnologicalProcesses 222
8.4DevicesMimickingBiologicalOrgans/Functionalities 224
References 229

9Nano-BioIntegration 233

9.1Nano-bioMaterialsforElectronicsandOptoelectronics 233

9.2Nano-bioMechanicalDevices 236

9.3NanobioelectronicsandOptoelectronics 239
References 246

Index 249
AbouttheAuthors 253

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生物纳米电子学

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